JPH0315833B2 - - Google Patents

Info

Publication number
JPH0315833B2
JPH0315833B2 JP59171649A JP17164984A JPH0315833B2 JP H0315833 B2 JPH0315833 B2 JP H0315833B2 JP 59171649 A JP59171649 A JP 59171649A JP 17164984 A JP17164984 A JP 17164984A JP H0315833 B2 JPH0315833 B2 JP H0315833B2
Authority
JP
Japan
Prior art keywords
axial electronic
electronic component
pallet
axial
pair
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
JP59171649A
Other languages
Japanese (ja)
Other versions
JPS6150400A (en
Inventor
Hiroshi Yagi
Yoshio Harada
Tetsuro Ito
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
TDK Corp
Original Assignee
TDK Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by TDK Corp filed Critical TDK Corp
Priority to JP59171649A priority Critical patent/JPS6150400A/en
Priority to US06/741,303 priority patent/US4750263A/en
Priority to CA000483521A priority patent/CA1284308C/en
Priority to DE8517059U priority patent/DE8517059U1/en
Priority to FR858508973A priority patent/FR2566377B1/en
Priority to GB08515041A priority patent/GB2163118B/en
Priority to KR2019850007065U priority patent/KR900000287Y1/en
Publication of JPS6150400A publication Critical patent/JPS6150400A/en
Publication of JPH0315833B2 publication Critical patent/JPH0315833B2/ja
Granted legal-status Critical Current

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  • Supply And Installment Of Electrical Components (AREA)

Description

【発明の詳細な説明】 (産業上の利用分野) 本発明は、アキシヤル電子部品をプリント基板
に挿入する自動挿入装置等において、アキシヤル
電子部品を移送するパレツトに対しアキシヤル電
子部品連よりアキシヤル電子部品を1個毎切り離
して供給するためのアキシヤル電子部品供給装置
に関する。
Detailed Description of the Invention (Industrial Application Field) The present invention is an automatic insertion device for inserting axial electronic components into printed circuit boards, etc., in which the axial electronic components are transferred from the axial electronic component group to the pallet for transferring the axial electronic components. This invention relates to an axial electronic component supply device for separating and supplying electronic components one by one.

(従来の技術) 従来、本出願人において水平面内を間欠走行す
るパレツトにてラジアル電子部品を移送する構成
が提案されている。この場合あくまでパレツトで
移送するのはラジアル電子部品のみであつた。
(Prior Art) The present applicant has conventionally proposed a configuration in which radial electronic components are transported by pallets that travel intermittently in a horizontal plane. In this case, only radial electronic components were transported on pallets.

(発明が解決しようとする問題点) しかしながら、最近ラジアル電子部品とアキシ
ヤル電子部品の両者を一台で挿入可能な自動挿入
装置が需要者より要望されており、かつまた挿入
速度の高速化及び挿入率の向上が要望されるよう
になつてきており、このために電子部品移送用の
パレツトをラジアル電子部品とアキシヤル電子部
品の両者の移送に兼用して用いる構成が考慮され
ている。
(Problems to be Solved by the Invention) However, recently there has been a demand from consumers for an automatic insertion device that can insert both radial and axial electronic components in one device, and there is also a need for faster insertion speeds and insertion devices. There has been a growing demand for improved efficiency, and for this reason a configuration is being considered in which a pallet for transferring electronic components is used for both radial and axial electronic component transfer.

(問題点を解決するための手段) 本発明は、上記の点に鑑み、駆動ホイールと、
該駆動ホイールから所定間隔離れた従動ホイール
と、前記駆動ホイールのベルト巻掛部と前記従動
ホイールとの間にそれぞれ設けられていてアキシ
ヤル電子部品連のテープ部分に接して移送する送
りベルトと、前記駆動ホイールのリード位置決め
溝で位置決めされた前記アキシヤル電子部品連の
リード線を切断するカツター機構と、該カツター
機構で前記アキシヤル電子部品連より切り離され
たアキシヤル電子部品を受けるパレツト側部品載
置部の先端を前記駆動ホイール側に上昇させる押
しロツドとを備えた構成によつて、アキシヤル電
子部品連よりアキシヤル電子部品を1個毎切り離
して確実に電子部品移送用のパレツドに対し受け
渡し可能なアキシヤル電子部品供給装置を提供し
ようとするものである。
(Means for solving the problems) In view of the above points, the present invention provides a drive wheel,
a driven wheel spaced apart from the driving wheel by a predetermined distance; a feeding belt that is provided between the belt winding portion of the driving wheel and the driven wheel and conveys the tape portion of the axial electronic component chain; a cutter mechanism for cutting the lead wire of the axial electronic component series positioned by the lead positioning groove of the drive wheel; and a pallet-side component placement section for receiving the axial electronic component separated from the axial electronic component series by the cutter mechanism. An axial electronic component that can be separated one by one from a series of axial electronic components and reliably delivered to a pallet for transferring electronic components by having a configuration including a push rod that raises the tip toward the drive wheel side. The purpose is to provide a supply device.

(実施例) 以下、本発明に係るアキシヤル電子部品供給装
置の実施例を図面に従つて説明する。
(Example) Hereinafter, an example of the axial electronic component supply apparatus according to the present invention will be described with reference to the drawings.

まず、第10図乃至第12図においてラジアル
電子部品及びアキシヤル電子部品の両者の移送に
兼用可能なパレツトの構造の一例を示す。これら
の図において、水平面内を間欠走行する無端帯機
構としてのチエーン1に対しパレツト2がパレツ
ト本体3の部分にて固定されており、該パレツト
本体3上の前寄り位置にラジアル電子部品用の部
品保持部4が設けられている。この部品保持部4
はラジアル電子部品連10Aをラジアル電子部品
1個を有するように一点鎖線Pで切り離したラジ
アル電子部品連切断片を保持するものである。
First, FIGS. 10 to 12 show an example of the structure of a pallet that can be used for transporting both radial electronic components and axial electronic components. In these figures, a pallet 2 is fixed at a pallet body 3 to a chain 1 as an endless belt mechanism that runs intermittently in a horizontal plane, and a pallet 2 for radial electronic components is mounted at a front position on the pallet body 3. A component holding section 4 is provided. This component holding part 4
The radial electronic component chain 10A is held by cutting off the radial electronic component series 10A along the dashed line P so as to have one radial electronic component.

また、パレツト本体3上には前記部品保持部4
の後方位置に支持台5が固定され、該支持台上に
アキシヤル電子部品用の部品載置部6がピン7に
より枢着されている。この部品載置部6は一対の
腕8を有し、これらの腕8にはアキシヤル電子部
品連10Bより一点鎖点Qのごとく切り離された
アキシヤル電子部品15のリード線17を受ける
V字状受溝9がそれぞれ形成されている。前記部
品載置部6は支持台5に対しピン7で枢支されて
いるため、後端の当て金部11を押すことにより
前端である一対の腕8が持ち上げるようになつて
いるが、通常の移送状態においては第12図の伸
長ばね12により支持台5に密着した水平状態に
規制されている。また、前記ピン7には板ばねス
トツパ13が取り付けられ、該板ばねストツパ1
3はばね14により先端が上昇する向きに付勢さ
れている。ただし、板ばねストツパ13の後部が
部品載置部6上面に接した状態で位置規制され、
板ばねストツパ13の先端部13Aは部品載置部
6の一対の腕8のそれぞれ外側に位置して第11
図のようにアキシヤル電子部品15のリード線1
7先端の横方向の位置規制を行なうようになつて
いる。
Further, on the pallet main body 3, the component holding section 4 is provided.
A support stand 5 is fixed at a rear position of the support stand 5, and a component mounting section 6 for axial electronic parts is pivotally mounted on the support stand by pins 7. This component mounting section 6 has a pair of arms 8, and these arms 8 have a V-shaped receiver for receiving the lead wire 17 of the axial electronic component 15 cut off from the axial electronic component series 10B as shown by the dot-dash point Q. Grooves 9 are formed respectively. Since the component mounting section 6 is pivotally supported to the support base 5 by a pin 7, a pair of arms 8 at the front end are lifted up by pushing the padding section 11 at the rear end. In the transfer state, the extension spring 12 shown in FIG. 12 restricts the support to a horizontal state in close contact with the support base 5. Further, a leaf spring stopper 13 is attached to the pin 7, and the leaf spring stopper 13 is attached to the pin 7.
3 is biased by a spring 14 in a direction in which the tip thereof rises. However, the position of the leaf spring stopper 13 is restricted with the rear part in contact with the upper surface of the component placement section 6,
The tip portion 13A of the leaf spring stopper 13 is located on the outer side of each of the pair of arms 8 of the component placement portion 6.
Lead wire 1 of axial electronic component 15 as shown in the figure.
7. The lateral position of the tip is controlled.

アキシヤル電子部品供給装置は、上記のごとき
パレツト2に対し、アキシヤル電子部品連からア
キシヤル電子部品を1個ずつ切り離して供給する
ものであり、その構造の詳細を第1図乃至第9図
に示す。これらの図において、本体枠20の下端
部には、間欠回転駆動軸21と回転従動軸22と
が軸支され、駆動軸21には一対の駆動ホイール
23が固定され、従動軸22には一対の従動ホイ
ール24が固定されている。そして、駆動ホイー
ルのベルト巻掛部25と従動ホイール24との間
に送りベルト26が張り渡されている。前記駆動
ホイール23は、またアキシヤル電子部品連10
Bの電子部品配列間隔に一致する略V字状リード
位置決め溝27を形成した位置決め部28を有し
ており、この結果第2図に示すごとく入り側ガイ
ド30で導かれたアキシヤル電子部品連10Bの
テープ16の部分は送りベルト26に接して駆動
され、かつリード線17の部分は位置決め部28
に形成したリード位置決め溝27により規制され
ることとなる。
The axial electronic component supply device is for separating and supplying axial electronic components one by one from a series of axial electronic components to the above-mentioned pallet 2, and the details of its structure are shown in FIGS. 1 to 9. In these figures, an intermittent rotation drive shaft 21 and a rotation driven shaft 22 are supported at the lower end of the main body frame 20, a pair of drive wheels 23 are fixed to the drive shaft 21, and a pair of drive wheels 23 are fixed to the driven shaft 22. A driven wheel 24 is fixed. A feed belt 26 is stretched between the belt winding portion 25 of the drive wheel and the driven wheel 24. The drive wheel 23 also includes an axial electronic component series 10.
It has a positioning portion 28 in which a substantially V-shaped lead positioning groove 27 is formed that matches the electronic component arrangement spacing of B, and as a result, as shown in FIG. The part of the tape 16 is driven in contact with the feed belt 26, and the part of the lead wire 17 is driven by the positioning part 28.
It is regulated by a lead positioning groove 27 formed in the lead positioning groove 27 .

入り側ガイド30は第4図に示すように一端が
ヒンジ31で片開き可能に連結された構造であ
り、ロツク32を外すことによりアキシヤル電子
部品連10Bの脱着を極めて容易に行なえるよう
になつている。
As shown in FIG. 4, the entry side guide 30 has a structure in which one end is connected with a hinge 31 so that it can be opened on one side, and by removing the lock 32, the axial electronic component series 10B can be attached and detached extremely easily. ing.

前記本体枠20の上部には駆動用のエアシリン
ダ33が取り付けられ、そのエアシリンダ33の
ピストンロツドには本体枠20に沿つて上下方向
にスライドするスライダ34が連結されている。
そして、スライダ34上には板カム35が固着さ
れている。また、スライダ34の下端にはエアク
ツシヨン用シリンダ(圧縮ばね併用)36が組み
込まれ、該エアクツシヨン用シリンダ36のピス
トンロツドがすなわちパレツト押上げ用ロツド3
7となつている。
A driving air cylinder 33 is attached to the upper part of the main body frame 20, and a slider 34 that slides vertically along the main body frame 20 is connected to a piston rod of the air cylinder 33.
A plate cam 35 is fixed onto the slider 34. Further, an air action cylinder (combined with a compression spring) 36 is installed at the lower end of the slider 34, and the piston rod of the air action cylinder 36 is connected to the pallet pushing rod 3.
It has become 7.

前記間欠回転駆動軸21の中間部には送りラチ
エツトホイール40が固定され、これに係合する
ごとく送り爪41、戻り防止爪42が設けられ、
さらに送り爪41の移動範囲を規定するため送り
爪ストツパ43が本体枠側に固定されている。な
お、送り爪41及び防止爪42ともにばねで送り
ラチエツトホイール40にかみ合う方向に付勢さ
れているものである。前記送り爪41にはリンク
44,45が連結され、リンク45は本体枠側に
ピン59で軸支されていて、リンク45端部に設
けられたラチエツト送り用ローラー46が前記駆
動用エアシリンダ33に連動する板カム35のラ
チエツト駆動カム面47に当接可能になつてい
る。
A feed ratchet wheel 40 is fixed to the intermediate portion of the intermittent rotation drive shaft 21, and a feed pawl 41 and a return prevention pawl 42 are provided to engage with the feed ratchet wheel 40.
Furthermore, a feed pawl stopper 43 is fixed to the main frame side to define the movement range of the feed pawl 41. Note that both the feed pawl 41 and the prevention pawl 42 are biased by springs in the direction of engagement with the feed ratchet wheel 40. Links 44 and 45 are connected to the feed pawl 41, and the link 45 is pivotally supported on the body frame side by a pin 59, and a ratchet feed roller 46 provided at the end of the link 45 is connected to the drive air cylinder 33. The ratchet drive cam surface 47 of the plate cam 35, which is interlocked with the plate cam 35, can come into contact with the ratchet drive cam surface 47 of the plate cam 35.

また、本体枠20の下端面近傍に、第5図に示
すごとくリード押え板ばね48がピン49で軸支
されている。該リード押え板ばね48は伸長ばね
50により通常は上昇位置に付勢されており、ま
た後端には引掛爪51が設けられている。この引
掛爪51は圧縮ばねにより通常突き出し方向に付
勢されているものである。
Further, near the lower end surface of the main body frame 20, a lead presser plate spring 48 is pivotally supported by a pin 49, as shown in FIG. The lead holding plate spring 48 is normally urged to the raised position by an extension spring 50, and a hook 51 is provided at the rear end. This hooking pawl 51 is normally biased in the ejecting direction by a compression spring.

さらに、本体枠下部には第2図に示すようにカ
ツター駆動レバー52が軸53により軸支されて
おり、該カツター駆動レバー52の先端にカツタ
ー可動刃54が取り付けられている。また、カツ
ター駆動レバー52の上端にカツター駆動用ロー
ラー55が設けられる。前記カツター可動刃54
は駆動ホイール23の位置決め部28の外側面に
対接して移動可能であり、その位置決め部28の
外側面がカツター固定刃を構成している。前記カ
ツター駆動用ローラー55は前記駆動用エアシリ
ンダ33に連動する板カム35のカツター駆動カ
ム面56に当接可能になつている。
Furthermore, as shown in FIG. 2, a cutter drive lever 52 is pivotally supported by a shaft 53 at the lower part of the main body frame, and a cutter movable blade 54 is attached to the tip of the cutter drive lever 52. Further, a cutter drive roller 55 is provided at the upper end of the cutter drive lever 52. The cutter movable blade 54
is movable in contact with the outer surface of the positioning portion 28 of the drive wheel 23, and the outer surface of the positioning portion 28 constitutes a cutter fixed blade. The cutter driving roller 55 can come into contact with a cutter driving cam surface 56 of the plate cam 35 that is interlocked with the driving air cylinder 33.

なお、アキシヤル電子部品15を切り離した後
のアキシヤル電子部品連のテープ16は、第2図
に示すごとく駆動ホイール23と従動ホイール2
4の下側に設けられた受けガイド60と送りベル
ト26との間にはさまれた状態で排出される。
Note that after the axial electronic component 15 is separated, the tape 16 connected to the axial electronic component is attached to the drive wheel 23 and the driven wheel 2 as shown in FIG.
4 is ejected while being sandwiched between a receiving guide 60 provided on the lower side of the transport belt 26 and a feeding belt 26.

次に上記実施例の動作について説明する。待機
状態では第1図に示すごとく駆動用エアシリンダ
33のピストンロツドは上昇位置(縮動した位
置)にあり、送り爪41及び戻り防止爪42も第
1図に図示の状態となつているから、駆動ホイー
ル23は戻り防止爪42がきいているだけであ
り、送り方向(左回り方向)には手回り可能な状
態となつている。従つて、この状態において最初
のアキシヤル電子部品連10Bの装着を容易に行
なうことができる。
Next, the operation of the above embodiment will be explained. In the standby state, the piston rod of the driving air cylinder 33 is in the raised position (retracted position) as shown in FIG. 1, and the feed claw 41 and return prevention claw 42 are also in the state shown in FIG. The drive wheel 23 only has a return prevention pawl 42, and is in a state where it can be rotated by hand in the feeding direction (counterclockwise direction). Therefore, in this state, the first axial electronic component series 10B can be easily installed.

さて、この待機状態から本体NCの指示でエア
シリンダ33に空気圧が供給され、このピストン
ロツドが下降を始めると、まず、板カム35のラ
チエツト駆動カム面47にラチエツト送り用ロー
ラー46が当接し、これによりリンク45,44
が動いて第6図のように送り爪41を送り爪スト
ツパ43に当接するまで駆動する。このラチエツ
ト動作により駆動ホイール23が所定量回転して
アキシヤル電子部品15が所定の位置(カツター
機構により切断可能な位置)に来る。
Now, from this standby state, air pressure is supplied to the air cylinder 33 according to instructions from the main body NC, and when this piston rod begins to descend, the ratchet feed roller 46 first comes into contact with the ratchet drive cam surface 47 of the plate cam 35, and this Link 45, 44 by
moves and drives the feed pawl 41 until it comes into contact with the feed pawl stopper 43 as shown in FIG. This ratcheting action causes the drive wheel 23 to rotate by a predetermined amount, and the axial electronic component 15 comes to a predetermined position (a position where it can be cut by the cutter mechanism).

さらに、エアシリンダ33の伸動動作により第
7図のようにパレツト押上げ用ロツド37がパレ
ツト2側の部品載置部6の当て金部11に当接
し、部品装置部6の先端を押し上げる。
Further, due to the extending movement of the air cylinder 33, the pallet pushing up rod 37 comes into contact with the stopper part 11 of the component placement part 6 on the pallet 2 side, as shown in FIG. 7, and pushes up the tip of the component device part 6.

この結果、第7図、第8図及び第12図1点鎖
線に示すごとく部品載置部6のV字状受溝9が、
駆動ホイール23側のリード位置決め溝27で位
置決めされたアキシヤル電子部品15のリード線
17にほぼ係合した状態となる。このとき、パレ
ツト側部品載置部6の上昇動作は本体枠側のパレ
ツトストツパ57に当接した状態で止まり、以後
エアシリンダ33の伸動動作に伴なうスライダ3
4の下降はエアクツシヨン用シリンダ36で吸収
される。
As a result, as shown in FIGS. 7, 8, and 12 with dashed lines, the V-shaped receiving groove 9 of the component mounting portion 6 is
The lead wire 17 of the axial electronic component 15 positioned by the lead positioning groove 27 on the drive wheel 23 side is almost engaged. At this time, the upward movement of the pallet-side component placement section 6 stops when it comes into contact with the pallet stopper 57 on the main body frame side, and thereafter the slider 3 due to the extension movement of the air cylinder 33
4 is absorbed by the air action cylinder 36.

そして、それ以後のスライダ34の下降動作に
より板カム35のカツター駆動カム面56にカツ
ター駆動用ローラー55が当接し、これによりカ
ツター駆動レバー52が右回りに回動してカツタ
ー固定刃となる駆動ホイール側位置決め部28外
側面とカツター可動刃54との間でアキシヤル電
子部品連のリード線17を切断し、この結果切り
離されたアキシヤル電子部品15はパレツト側部
品載置部6のV字状受溝9に受け渡される。
The subsequent downward movement of the slider 34 brings the cutter drive roller 55 into contact with the cutter drive cam surface 56 of the plate cam 35, which causes the cutter drive lever 52 to rotate clockwise and drive the cutter to become a fixed blade. The lead wire 17 of the axial electronic component chain is cut between the outer surface of the wheel side positioning section 28 and the cutter movable blade 54, and the axial electronic component 15 that has been cut off as a result is placed in the V-shaped receiver of the pallet side component placement section 6. It is delivered to groove 9.

なお、カツター動作の際カツター可動刃54の
下面にはパレツト側の板ばねストツパ13の先端
部13Aが第8図のように位置しているが、これ
はばね14により上昇方向に付勢されているだけ
であるから、カツター可動刃54の動作を妨げる
ことはなく、カツター動作終了後、部品載置部6
の先端が下降するに伴ない部品載置部6の横方向
に位置してアキシヤル電子部品15のリード線先
端の位置規制を行なえるようになつている。
During cutter operation, the tip 13A of the leaf spring stopper 13 on the pallet side is located on the lower surface of the cutter movable blade 54 as shown in FIG. 8, and this is urged in the upward direction by the spring 14. Therefore, the movable cutter blade 54 does not interfere with the operation of the cutter movable blade 54, and after the cutter operation is completed, the parts placement section 6
As the leading end of the axial electronic component 15 is lowered, it is positioned in the lateral direction of the component placement section 6, so that the position of the leading end of the axial electronic component 15 can be controlled.

エアシリンダ33の伸動動作終了後、本体NC
のタイマー設定によりシリンダへ空気圧がきれ
て、エアシリンダ33は縮動動作を開始する。こ
れによりピストンロツドは上昇始め、まずカツタ
ー可動刃54が元に復帰し、続いてスライダ34
下端の引掛け部材58にリード押え板ばね48後
端の引掛爪51が係合し、この引掛けによつてリ
ード押え板ばね48の先端が下がり始め部品載置
部6の受溝9上のアキシヤル電子部品15のリー
ド線17を押さえる。この間エアクツシヨン用シ
リンダ36は圧縮状態から元の状態に戻り、この
エアクツシヨン用シリンダ36が伸長してしまう
と、パレツト押上げ用ロツド37が上昇しパレツ
ト側部品載置部6が元の状態に戻り始める。この
ときリード押え板ばね48は若干アキシヤル電子
部品15のリード線17を押さえた状態でたわみ
ながら部品載置部6と同期して第9図のごとく先
端を下げ、下がりきつたところでスライダ側引掛
け部材58と引掛爪51との係合がはずれ、元の
待機状態に戻る。この間に送りラチエツトホイー
ル40に係合する送り爪41も元の待機状態に戻
る。
After the air cylinder 33 has finished extending, the main body NC
Due to the timer setting, the air pressure is released to the cylinder, and the air cylinder 33 starts to retract. As a result, the piston rod begins to rise, first the cutter movable blade 54 returns to its original position, and then the slider 34
The hook 51 at the rear end of the lead presser plate spring 48 engages with the hook member 58 at the lower end, and as a result of this hook, the tip of the lead presser plate spring 48 begins to fall above the receiving groove 9 of the component placement section 6. Hold the lead wire 17 of the axial electronic component 15. During this time, the air action cylinder 36 returns from the compressed state to its original state, and when the air action cylinder 36 is expanded, the pallet pushing up rod 37 rises and the pallet side component placement section 6 begins to return to its original state. . At this time, the lead holding plate spring 48 slightly bends while holding down the lead wire 17 of the axial electronic component 15, and lowers its tip in synchronization with the component placement section 6 as shown in FIG. The engagement between the member 58 and the hooking pawl 51 is disengaged, returning to the original standby state. During this time, the feed pawl 41 that engages with the feed ratchet wheel 40 also returns to its original standby state.

以上の動作の結果、第11図のようにパレツト
2の部品載置部品6のV字状受溝9にリード線1
7が係合しかつ板ばねストツパ13で位置規制さ
れた状態でアキシヤル電子部品15がパレツト2
側に供給されることになる。
As a result of the above operations, as shown in FIG.
7 is engaged and the position of the axial electronic component 15 is regulated by the leaf spring stopper 13.
It will be supplied to the side.

上記実施例によれば次のような効果を上げるこ
とができる。
According to the above embodiment, the following effects can be achieved.

(1) エアシリンダ33の往復動作で目的を達して
いるため、機構が簡単であり、複雑なロータリ
ーソレノイド等が不要であり、安価で消費電力
も少ない。
(1) Since the purpose is achieved by the reciprocating motion of the air cylinder 33, the mechanism is simple, no complicated rotary solenoids are required, and the cost is low and power consumption is low.

(2) レバー構造のカツター機構であるため先端部
分が最小スペースとなり、パレツト2への電子
部品の受け渡し動作が短いストロークで可能で
ある。また、余分なガイドやシユート等が不要
であり、持ち換え動作も無く、直接的な切断で
あつて、確実性が高い。さらに、アキシヤル電
子部品連のリード線部分を切断するため、テー
プ部分を切断する動作に比べカツター動作の信
頼性が高い。
(2) Since the cutter mechanism has a lever structure, the tip portion takes up the least amount of space, making it possible to transfer electronic components to the pallet 2 with a short stroke. Further, there is no need for extra guides, chute, etc., and there is no need to change hands, and the cutting is done directly, which is highly reliable. Furthermore, since the lead wire portion of the axial electronic component chain is cut, the reliability of the cutter operation is higher than that of cutting the tape portion.

(3) 駆動ホイール23が回転しながら切る必要が
ないため、パレツト2との位置関係が明確で、
両者の位置合わせがしやすく、時間的にゆとり
もとれて受け渡しの確実性が向上する。
(3) Since it is not necessary to cut while the drive wheel 23 is rotating, the positional relationship with the pallet 2 is clear.
It is easy to align the two, which saves time and improves the reliability of delivery.

(4) カツター動作の前に駆動ホイール23のリー
ド位置決め溝27にパレツト側部品載置部6の
V字状受溝9がオーバーラツプした状態となる
ため、カツター動作に伴なうアキシヤル電子部
品の落下距離はごく僅かであり(ほとんどな
く)、また部品載置部6の先端下降時において
は、これと同期してリード押え板ばね48がリ
ード線17を押さえながら下降するため、アキ
シヤル電子部品連10Bよりアキシヤル電子部
品15を切り離してパレツト2の部品載置部6
へ供給する動作において、アキシヤル電子部品
15のリード線を一度も解放状態とすることが
なく、パレツト2への受け渡しの信頼性が極め
て高く、また高速動作が可能である。またパレ
ツト側板ばねストツパ13もカツターの動作を
妨げることなくアキシヤル電子部品15のリー
ド線17の水平方向の位置規制を行なうことが
できる。
(4) Before the cutter operation, the lead positioning groove 27 of the drive wheel 23 overlaps with the V-shaped receiving groove 9 of the pallet side component placement section 6, so the axial electronic components may fall due to the cutter operation. The distance is very short (almost non-existent), and when the tip of the component placement section 6 is lowered, the lead presser plate spring 48 descends while holding down the lead wire 17 in synchronization with this, so that the axial electronic component series 10B The axial electronic components 15 are separated from each other and placed on the component placement section 6 of the pallet 2.
In the operation of supplying the parts to the pallet 2, the lead wires of the axial electronic parts 15 are never released, and the reliability of delivery to the pallet 2 is extremely high, and high-speed operation is possible. Further, the pallet side plate spring stopper 13 can also regulate the horizontal position of the lead wire 17 of the axial electronic component 15 without interfering with the operation of the cutter.

なお、パレツトはアキシヤル電子部品専用の構
造としてもよい。
Note that the pallet may have a structure exclusively for axial electronic components.

(発明の効果) 以上説明したように、本発明のアキシヤル電子
部品供給装置によれば、駆動ホイールと、該駆動
ホイールから所定間隔離れた従動ホイールと、前
記駆動ホイールのベルト巻掛部と前記従動ホイー
ルとの間にそれぞれ設けられていてアキシヤル電
子部品連のテープ部分に接して移送する送りベル
トと、前記駆動ホイールのリード位置決め溝で位
置決めされた前記アキシヤル電子部品連のリード
線を切断するカツター機構と、該カツター機構で
前記アキシヤル電子部品連より切り離されたアキ
シヤル電子部品を受けるパレツト側部品載置部の
先端を前記駆動ホイール側に上昇させる押しロツ
ドとを設けているので、アキシヤル電子部品連よ
りアキシヤル電子部品を1個毎切り離して確実に
電子部品移送用のパレツトに対し受け渡し可能で
ある。また、供給速度の高速化を図るのに適した
構成である。
(Effects of the Invention) As explained above, according to the axial electronic component supply device of the present invention, there is a drive wheel, a driven wheel spaced apart from the drive wheel by a predetermined distance, a belt winding portion of the drive wheel, and the driven wheel. a feed belt that is provided between the wheels and conveys the tape portion of the axial electronic component chain in contact with the tape portion; and a cutter mechanism that cuts the lead wire of the axial electronic component chain that is positioned in the lead positioning groove of the drive wheel. and a push rod for lifting the tip of the pallet-side component placement section that receives the axial electronic components separated from the axial electronic component series by the cutter mechanism toward the drive wheel. Axial electronic components can be separated one by one and reliably delivered to a pallet for transporting electronic components. Further, the configuration is suitable for increasing the supply speed.

【図面の簡単な説明】[Brief explanation of drawings]

第1図は本発明に係るアキシヤル電子部品供給
装置の正断面図、第2図は入り側ガイド及びカツ
ター機構等を示す正断面図、第3図は一部を断面
とした側面図、第4図は第2図の−断面図、
第5図はリード押え板ばね部分を示す底面図、第
6図は送りラチエツトホイールを送り爪で一定量
回転させた状態を示す正断面図、第7図はパレツ
ト押上げ用ロツドの下降によりパレツト側部品載
置部の先端を上昇させた状態を示す正断面図、第
8図は同側断面図、第9図はパレツト側部品載置
部が復帰する状態を示す正断面図、第10図及び
11図は電子部品移送用パレツトの一例を示す斜
視図、第12図は同正面図である。 1……チエーン、2……パレツト、6……部品
載置部、9……V字状受溝、10B……アキシヤ
ル電子部品連、13……板ばねストツパ、15…
…アキシヤル電子部品、20……本体枠、23…
…駆動ホイール、24……従動ホイール、25…
…ベルト巻掛部、26……送りベルト、27……
リード位置決め溝、28……位置決め部、30…
…入り側ガイド、33……駆動用エアシリンダ、
34……スライダ、35……板カム、36……エ
アクツシヨン用シリンダ、37……パレツト押上
げ用ロツド、40……送りラチエツトホイール、
41……送り爪、42……戻り防止爪、43……
送り爪ストツパ、52……カツター駆動レバー、
56……カツター可動刃。
FIG. 1 is a front sectional view of the axial electronic component feeding device according to the present invention, FIG. 2 is a front sectional view showing the entry side guide and cutter mechanism, etc., FIG. 3 is a partially sectional side view, and FIG. The figure is a cross-sectional view of Figure 2.
Figure 5 is a bottom view showing the lead holding plate spring, Figure 6 is a front sectional view showing the feed ratchet wheel rotated a certain amount by the feed pawl, and Figure 7 is the lowering of the pallet pushing rod. 8 is a front sectional view showing a state in which the tip of the pallet side component placement section is raised; FIG. 9 is a front sectional view showing a state in which the pallet side component placement section is returned; 11 are perspective views showing an example of a pallet for transferring electronic components, and FIG. 12 is a front view thereof. 1... Chain, 2... Pallet, 6... Component placement section, 9... V-shaped receiving groove, 10B... Axial electronic component series, 13... Leaf spring stopper, 15...
...Axial electronic parts, 20...Body frame, 23...
... Drive wheel, 24 ... Driven wheel, 25 ...
...Belt winding part, 26...Feeding belt, 27...
Lead positioning groove, 28... Positioning portion, 30...
...Inlet side guide, 33...Drive air cylinder,
34...Slider, 35...Plate cam, 36...Air action cylinder, 37...Pallet pushing rod, 40...Feed ratchet wheel,
41...Feeding claw, 42...Return prevention claw, 43...
Feed claw stopper, 52... cutter drive lever,
56...Cutter movable blade.

Claims (1)

【特許請求の範囲】 1 間欠回転軸に固定された一対の駆動ホイール
と、該一対の駆動ホイールから所定間隔離れた位
置に回転自在に軸支された一対の従動ホイール
と、前記駆動ホイールのベルト巻掛部と前記従動
ホイールとの間にそれぞれ設けられていてアキシ
ヤル電子部品連のテープ部分に接して移送する送
りベルトと、前記駆動ホイールのリード位置決め
溝で位置決めされた前記アキシヤル電子部品連の
リード線を切断するカツター機構と、該カツター
機構で前記アキシヤル電子部品連より切り離され
たアキシヤル電子部品を受けるパレツト側部品載
置部の先端を前記駆動ホイール側に上昇させる押
しロツドとを備えたことを特徴とするアキシヤル
電子部品供給装置。 2 シリンダと、該シリンダの伸動動作に連動し
て所定量回転する間欠回転軸と、該間欠回転軸に
固定された一対の駆動ホイールと、該一対の駆動
ホイールから所定間隔離れた位置に回転自在に軸
支された一対の従動ホイールと、前記駆動ホイー
ルのベルト巻掛部と前記従動ホイールとの間にそ
れぞれ設けられていてアキシヤル電子部品連のテ
ープ部分に接して移送する送りベルトと、前記駆
動ホイールのリード位置決め溝で位置決めされた
前記アキシヤル電子部品連のリード線を前記シリ
ンダの伸動動作に連動して切断するカツター機構
と、カツター機構で前記アキシヤル電子部品連よ
り切り離されたアキシヤル電子部品を受けるパレ
ツト側部品載置部の後端を前記シリンダの伸動動
作にともなつて押し下げ、該部品載置部先端を前
記駆動ホイール側に上昇させる押しロツドと、前
記シリンダの縮動動作に連動して前記パレツト側
部品載置部上のアキシヤル電子部品を押さえる押
え部材とを備えたことを特徴とするアキシヤル電
子部品供給装置。
[Scope of Claims] 1. A pair of drive wheels fixed to an intermittent rotating shaft, a pair of driven wheels rotatably supported at a predetermined distance from the pair of drive wheels, and a belt of the drive wheels. A feed belt is provided between the winding part and the driven wheel and conveys the tape part of the axial electronic component chain in contact with the tape part, and the lead of the axial electronic component chain is positioned by the lead positioning groove of the drive wheel. A cutter mechanism for cutting the wire, and a push rod for lifting the tip of the pallet-side component mounting portion, which receives the axial electronic components separated from the axial electronic component series by the cutter mechanism, toward the drive wheel side. Characteristics of axial electronic component supply equipment. 2. A cylinder, an intermittent rotation shaft that rotates a predetermined amount in conjunction with the extending movement of the cylinder, a pair of drive wheels fixed to the intermittent rotation shaft, and a cylinder that rotates at a position separated from the pair of drive wheels by a predetermined distance. a pair of freely pivoted driven wheels; a feeding belt that is provided between the belt winding portion of the drive wheel and the driven wheel and conveys the axial electronic parts in contact with the tape portion; a cutter mechanism that cuts the lead wire of the axial electronic component series positioned by the lead positioning groove of the drive wheel in conjunction with the extending movement of the cylinder; and the axial electronic component separated from the axial electronic component series by the cutter mechanism. a push rod that pushes down the rear end of the pallet-side component placement section that receives the parts as the cylinder extends, and lifts the tip of the component placement section toward the drive wheel; An axial electronic component supply device comprising: a presser member for pressing the axial electronic components on the pallet-side component placement section.
JP59171649A 1984-06-14 1984-08-20 Axial electronic part supplying device Granted JPS6150400A (en)

Priority Applications (7)

Application Number Priority Date Filing Date Title
JP59171649A JPS6150400A (en) 1984-08-20 1984-08-20 Axial electronic part supplying device
US06/741,303 US4750263A (en) 1984-06-14 1985-06-04 Method of and apparatus for supplying and transferring electronic components
CA000483521A CA1284308C (en) 1984-06-14 1985-06-07 Method of and apparatus for supplying and transferring electronic components
DE8517059U DE8517059U1 (en) 1984-06-14 1985-06-12 Device for feeding and conveying electronic components od. Dg.
FR858508973A FR2566377B1 (en) 1984-06-14 1985-06-13 ELECTRONIC COMPONENT PROCESSING AND INSERTING MACHINE AND METHOD FOR SUPPLYING AND TRANSFERRING ELECTRONIC COMPONENTS
GB08515041A GB2163118B (en) 1984-06-14 1985-06-13 Supplying and transferring electronic components
KR2019850007065U KR900000287Y1 (en) 1984-06-14 1985-06-13 Electronic part feeding device and method of apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP59171649A JPS6150400A (en) 1984-08-20 1984-08-20 Axial electronic part supplying device

Publications (2)

Publication Number Publication Date
JPS6150400A JPS6150400A (en) 1986-03-12
JPH0315833B2 true JPH0315833B2 (en) 1991-03-04

Family

ID=15927123

Family Applications (1)

Application Number Title Priority Date Filing Date
JP59171649A Granted JPS6150400A (en) 1984-06-14 1984-08-20 Axial electronic part supplying device

Country Status (1)

Country Link
JP (1) JPS6150400A (en)

Families Citing this family (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH02260700A (en) * 1989-03-31 1990-10-23 Far East Eng Kk Transfer method and device of electronic component provided with lead wire
JP2594354B2 (en) * 1989-04-10 1997-03-26 富士写真光機株式会社 Laser soldering method
JPH02268494A (en) * 1989-04-10 1990-11-02 Fuji Photo Film Co Ltd Laser soldering

Also Published As

Publication number Publication date
JPS6150400A (en) 1986-03-12

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